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TESP- Materials Engineering Course is a two-week summer program providing a series of lectures and hands-on activities in the laboratory. All will be taught in English by experienced professors at the Graduate School of Engineering and the Graduate School of Environmental Studies. Engineering students at Tohoku University will also support the program. In addition, TESP-MEC participants will travel to a research facility or a manufacturing site of a private company near Sendai by bus. We welcome young professionals from our partner institutions around the world to take this opportunity to experience an inspiring and challenging summer in Sendai, Japan.
TESP- Materials Engineering Course is a two-week summer program providing a series of lectures and hands-on activities in the laboratory. All will be taught in English by experienced professors at the Graduate School of Engineering and the Graduate School of Environmental Studies. Engineering students at Tohoku University will also support the program. In addition, TESP-MEC participants will travel to a research facility or a manufacturing site of a private company near Sendai by bus. We welcome young professionals from our partner institutions around the world to take this opportunity to experience an inspiring and challenging summer in Sendai, Japan.
Head Coordinator
Head Coordinator
Professor, Dr. Kyosuke Yoshimi
Department of Materials Science, School of Engineering
Coordinators
Coordinators
Structural Materials Engineering
Structural Materials Engineering
Prof. Kyosuke Yoshimi
Prof. Kyosuke Yoshimi
Bio-Materials Engineering
Bio-Materials Engineering
Prof. Masaya Yamamoto
Prof. Masaya Yamamoto
Bio-Materials Engineering
Bio-Materials Engineering
Assist. prof. Mako Kobayashi
Assist. prof. Mako Kobayashi
Green Materials Engineering
Green Materials Engineering
Prof. Fumio Narita
Prof. Fumio Narita
Green Materials Engineering
Green Materials Engineering
Assoc. prof. Hiroki Kurita
Assoc. prof. Hiroki Kurita
Green Materials Engineering
Green Materials Engineering
Assist. prof. Zhenjin Wang
Assist. prof. Zhenjin Wang
Teaching and Working Methods
Teaching and Working Methods
The scheduled parts of the course consist of lectures, laboratory works (group project), a tour to industrial enterprises (or similar).
The scheduled parts of the course consist of lectures, laboratory works (group project), a tour to industrial enterprises (or similar).
Teaching and Working Methods
Teaching and Working Methods
The scheduled parts of the course consist of lectures, laboratory works (group project), a tour to industrial enterprises (or similar).
The scheduled parts of the course consist of lectures, laboratory works (group project), a tour to industrial enterprises (or similar).
Eligibility
Eligibility
Participants must meet all the following eligibilities plus the targeted level for the preferred field of study.
Students from TU partner institutions or universities individually invited to the program
Fluent in English
Have background knowledge
Structural Materials Engineering
Structural Materials Engineering
Lectures:
Alloy Design and ThermoCalc Training
Alloy Synthesis by Arc Melting
Spark-Plasma Sintering
Specimen Preparation Training
Microstructure Observation and Analysis by Optical and Scanning Electron Microscopy and X-ray Diffractometry
Vickers Hardness
Tensile and Compression Tests
Hands-on Activities:
Phase Diagrams
Crystallography
Plastic Deformation
Lattice Defect Theory
Fracture and Fatigue Mechanics
High-Temperature Materials and Applications
Bio-Materials Engineering
Bio-Materials Engineering
Lectures:
Lectures:
Biomaterials Engineering
Polymeric Biomaterials for Drug Delivery Systems
Polymeric Biomaterials for Tissue Engineering
Tissue Engineering for Regenerative Medicine
Biomaterials for 3D and 4D bioprinting
Biomaterials Viewpoint in Environmental Sciences
Hands-on Activities:
Cell culture
Preparation of Spheroids
Bioink Preparation
Rheological Measurement of Bioink
3D Bioprinting
3D Bioprinted Tissue Construct Culture
Fluorescent Staining
Confocal Microscopic Observation
Quantitative analysis of images and graph generation
Green Materials Engineering
Green Materials Engineering
Lectures:
Fundamentals of composite materials
Green Composites
Hands-on Activities:
Composites Manufacturing Processes
Observation of the Internal Structure of Composite Materials
Mechanical Testing of Composites
Fracture Surface Observation
Green Composites Manufacturing and Testing
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